COUPLED PDEVS cm_c2
stored in DEVS_PATH/01-modelbase/cm_c2.m
Contents
Description
Class definition file of a coupled PDEVS model with two atomic subcomponents of type am_proc_block .
Processing blocks assemble workpieces from two queues and are connected in parallel. FIFO queues for workpieces are included in this subcomponents.
constructor call: obj = cm_c2(name,service_time1, service_time2)
Superclass
coupled (superclass acts as associated coordinator)
Inherited Properties
inherited from coupled (to be set here):
- name : string, (unique) name of this model --> for debugging purposes max. 12 characters for "nice" debug-look ;-)
- x : cell array of strings, names of inports
- y : cell array of strings, names of outports
- components: array of objects, subcomponents
- Zid : cell array of strings, "i-to-d-matrix" (couplings)
inherited from coupled (are set automatically):
- Da : cell array of strings, names of atomic subcomponents
- Dc : cell array of strings, names of coupled subcomponents
Class Methods
Methods to Define Components and Couplings
- add_c_component(obj, comps): add one coupled subcomponent
- add_a_component(obj, comps): add one atomic subcomponent
- addcomponents(obj, comps): add one or more subcomponents of any kind ;-)
- set_x_ports(obj, ports): define input ports
- set_y_ports(obj, ports): define output ports
- set_Zid(obj, Zid): set Zid (one or more Lines)
Set Methods for Flags
- set_debug(obj,debug_flag): set debug flag to 0|1|2|3
- set_observe(obj,observe_flag): set observe flag to 0|1 (for tracking states of atomic subcomponents)
display functions:
- showall(obj) : display the object
- showxports(obj) : display x-ports and values
- showyports(obj) : display y-ports and values
- showssubcomponents(obj) : display names of all subcomponents in Da and Dc
- showycouplings(obj) : display all couplings in Zid
- showeventlist(obj) : display, when subcomponents become imminent
Ports
has for inputs x: p1,p2,p3,p4 for incoming workpieces
has two outputs y: out1, out2 to emit assembled parts
Subcomponents
has two atomic subcomponents of type am_proc_block, named 'am_m1' and 'am_m2'
Coupling Matrix (Zid)
structure is as follows: FROM component_name port_name TO component_name port_name (EICs and IOCs require the component name 'parent')
Zid = {'parent','p1','am_m1','in1';...
'parent','p2','am_m1','in2';...
'parent','p3','am_m2','in1';...
'parent','p4','am_m2','in2';...
'am_m1','out1','parent','out1';...
'am_m2','out1','parent','out2'};
After incarnation you can use the method Check(obj) to verify, that all component names and all port names are existent.
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